The Andlinger Center website has a Q/A with AOS Associated Faculty Member Mark Zondlo, the center’s associate director for external partnerships and associate professor of civil and environmental engineering. Zondlo develops…
Researchers from Princeton University and the National Oceanic and Atmospheric Administration report in the journal Nature Climate Change that extreme cyclones that formed in the Arabian Sea for the first time in 2014 are the result of global warming and will likely…
Tropical cyclones are one of the most damaging and deadly natural disasters and are an energetic element of the climate system. Understanding the character and causes of variations and changes of these cyclones (including potential influences of anthropogenic climate changes) is of profound scientific, economic and human interest. AOS…
Researchers have struggled to accurately model the changes to the abundant summer rains that sweep across the southwestern United States and northwestern Mexico, known to scientists as the “North American monsoon.” In a study published Oct…
Although the Atlantic Mutidecadal Oscillation (AMO) is well documented, the underlying mechanism that drives it is unknown and remains up for debate. In a new study, AOS Faculty Member Rong Zhang presents compelling findings in support of the idea that ocean dynamics play a central role in the AMO. The
To understand Earth's climate, climate modelers employ a hierarchy of climate models spanning a wide spectrum of complexity and comprehensiveness. An essay, led by AOS Postdoctoral Research Associate Nadir Jeevanjee and inspired by the World Climate Research Programme's recent ‘Model Hierarchies Workshop’ held on Main Campus, attempts to survey…
Several studies show that changes in precipitation can amplify the effects of nitrogen input on coastal ecosystems. V. Balaji, head of the modeling system group at GFDL and Princeton, is the coauthor of a study published July 28 in Science that examines the implication of future…
A new statistical model developed by researchers at Princeton University and Geophysical Fluid Dynamics Laboratory (GFDL) predicts that climate change will amplify dust activity in parts of the U.S. in the latter half of the 21st century, which may lead to the increased frequency of spectacular dust storms that have far-reaching impacts on…
The authors of a new study, led by AOS Postdoctoral Research Associate Angel Munoz, have developed a new experimental forecast system for the potential risk of transmission of mosquito-borne diseases like zika, dengue and chikungunya, using an ento-epidemiological model driven by state-of-the-art climate forecasts. To the best…
Contact
No content available to show.
Archive by Year
AOS & CIMES Newsletters
- Fall 2022
- Spring/Summer 2022
- Winter 2022
- Fall 2021
- Spring/Summer 2021
- Winter 2021
- Fall 2020
- Spring/Summer 2020
- Winter 2020
- Fall 2019
- Spring/Summer 2019
- Winter 2019
AOS & CICS Newsletters
- Fall 2018
- Spring/Summer 2018
- Winter 2018
- Fall 2017
- Spring/Summer 2017
- Winter 2017
- Fall 2016
- Spring/Summer 2016
- Winter 2016
- Fall 2015
- Spring/Summer 2015
- Winter 2015
- Fall 2014
- Spring/Summer 2014
- Winter 2014
- Fall 2013
- Spring/Summer 2013
- Winter 2013
- Fall 2012
- Spring/Summer 2012
- Winter 2012
- Fall 2011
- Spring/Summer 2011
- Winter 2011
- Fall 2010
- Spring/Summer 2010
- Winter 2010
- Fall 2009
- Spring 2009
- Winter 2009
- Spring 2008
- Winter 2008
- Fall 2007
- Spring 2007
- Winter 2007